MICROWAVE HYDROTHERMAL SYSTEM

  • Product Code: Microwave-Hydrothermal-System
  • Availability: In Stock
  • 0.00TL


   MICROWAVE HYDROTHERMAL SYSTEM


  • MICROWAVE HYDROTHERMAL SYSTEM

FYTRONIX MICROWAVE HYDROTHERMAL SYSTEM includes


The microwave hydrothermal system produce all materials from the solutions such organic materials and metal oxides and all-in solutions for various applications.

FYHD-9500 produce materials from the solution as POWDER AND THIN FILMS on any substrate. 


SYSTEM INCLUDES A HIGH PRESSURE REACTOR AND TEMPERATURE CONTROLLER


The FYHD-9500 is a complete functional and nanomaterial production system.


Specifications

Power: Adjustable 800 W 

Holder volume:100 ml



FYTRONIX 9600 microwave and functional production system performs the followings

Synthesize powder, nanopowder  materials

Synthesize thin films in microstructure or  nanostructure

Controlling of nanosize of materials with reaction time

Controlling of nanosize and nanostructure with reaction temperature

Controlling of nanosize and nanostructure with internal pressure

Controlling of structure of materials with external pressure

Controlling of structure of materials with pH of solution

Controlling of structure of materials with heating rate

Controlling of structure of materials with atomic ratios


Systems produces the following materials or more

All ceramic materials

Bioceramics

Polymer nanocomposites

Polymers

Metal complexs

Organometallic complex

Metal complex nanocomposites

Bioglass ceramic materials 

Carbon based materials 

Graphene , Graphene Oxide 

Boron based materials 

Coating metal oxide films on substrate 

Coating  bioceramic films on substrate 

Graphene-nanocomposite materials 

Nanocomposite metal oxide materials 

Metal oxide semiconductors 

Boron nitride, boron carbide 

Film growth on any substrate

Battery materials

Solar cell materials

Ferroelectric materials

Piezzo materials

PL materials

Chalcogenide materials

Biomaterials

Hybrid materials

and  more,


Copyright © Süper Bilişim 2009 - 2025 All rights reserved.